In semantic versioning, what fills the blank in major.___.patch?

In semantic versioning, what fills the blank in major.___.patch?

• A. build
• B. minor
• C. revision
• D. subversion

Answer: (B)

In semantic versioning, the version number is structured as major.minor.patch. Each segment of this version number communicates important information about the changes and compatibility of the software. The major version indicates significant changes, including backward-incompatible changes; the minor version signals backward-compatible feature additions; and the patch version reflects backward-compatible bug fixes. Therefore, the segment that fills the blank in major.___.patch is "minor." This structure helps users and developers quickly understand the nature of the updates and the stability of the API. The other choices—build, revision, and subversion—do not conform to the semantic versioning specification and are not used in the standard version numbering scheme. This clarity in versioning ensures better communication among developers and users regarding software dependencies and compatibility.

In semantic versioning, the version number is structured as major.minor.patch. Each segment of this version number communicates important information about the changes and compatibility of the software.

The major version indicates significant changes, including backward-incompatible changes; the minor version signals backward-compatible feature additions; and the patch version reflects backward-compatible bug fixes. Therefore, the segment that fills the blank in major.___.patch is "minor." This structure helps users and developers quickly understand the nature of the updates and the stability of the API.

The other choices—build, revision, and subversion—do not conform to the semantic versioning specification and are not used in the standard version numbering scheme. This clarity in versioning ensures better communication among developers and users regarding software dependencies and compatibility.